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About
Imalytics Preclinical software
Purpose
Features
Applications
Requirements
Imalytics Cloud
Advantages
Python interface
Security info
Trial request
Tutorials
Compatible devices
File Formats
References
Terms and conditions
Distributors
Manage your license request
Services
Overview
OEM Software
Image analysis
Customization
Projects
I³-STM
TAKTIRA
MR-HIFU
NeuroSys
SoftReach
News
Features
Supported computers
Windows 10, Windows 11
MacOS
Linux (on request)
NVIDIA GPUs are used if available
Image data handling
Data import
Data export
Meta data handling
Support of 4D data (time series)
Support of 5D data (multiple channels)
Support of large image files (depending on available RAM)
Segmentation
2D and 3D operations
Interactive delineation
Morphologic operations
Region growing
Find (connected, small, large) components
Segmentation painting/cleaning
Atlas-based workflows
Undo/redo
Image processing
Interactive cropping & cleaning
Resampling
Flipping, transpose
Conversion
Arithmetic operations
Filtering (e.g. Gaussian, Median filter)
Feature map generation
Undo/redo
Analysis and Quantification
Distance measurements in 2D and 3D
Angles
Region of interest quantification
Batch quantification
Surface area
Bone parameters
Histograms
Graphs (Time activity curves)
2D Visualization
2D slice views (axial, coronal, sagittal)
Angulation to any 2D slice
Interactive windowing
Multimodal views in 2D
Video generation (slice-through & time)
3D Visualization
Multimodal views in 3D
3D Iso, MIP, and volume rendering
Video generation (rotations & time)
Image Fusion
Interactive alignment
Marker-based fusion
Intensity-based fusion
2D-3D fusion (e.g. for Bioluminescence or Fluorescence & µCT)
Image stitching (e.g. µCT subscans)
Multimodal device fusion (estimation and application of transform)
Nuclear imaging
SUV calibration (uses meta data from DICOM)
%ID/g calibration (uses meta data from DICOM)
Dosimetry (single and batch dose maps)
Decay correction
4D data support
Automated SPECT/PET Nema phantom quantification
Pharmacokinetic modelling
Region-based fitting
Voxel-based fitting (parametric maps)
Patlak model
AIF generation, saving & loading
One-Tissue compartment models
Two-Tissue compartment models
Relaxometry
Region-based fitting
Voxel-based fitting (parametric maps)
T1-model
T2-model
3D Printing
STL-export of image iso surface
STL-export of classes
Support generation
Bone analysis
Trabecular thickness & separation
Bone statistics (Bone volume, bone volume fraction, bone surface, …)
BMD calibration and measurement
Local thickness and separation map
Vascular analysis
Vessel tortuosity
Vessel diameter measurements along vessel
Vessel diameter feature maps (distance maps)
Vesselness feature map generation
Extensions and interoperability
Data can be saved as DICOMs
Support of common file formats (.nii, .hdr, …)
Custom extensions via Python
Python code is available for free to load our file internal formats
Training material
Video tutorials
Example data sets
White papers
Manual
Installed with the software
Samples
Phantoms
Cells
Tissues
Organs
Bones
Tumors
Whole-body scans for insects, fish, birds, mice, rats, sheep, and other mammals
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